def automatoER(input):
input = entrytext.get()
l = Leitor(input)
dict, ini, final = l.ler()
a = Automato(dict,ini,final)
er = a.automataToER()
expressao = Er(er)
expressao.printER()
expressao.writeERToFile(input)
input = input.replace('.in', '')
data_file = open('../testes/'+input+'.out')
data = data_file.read()
data_file.close()
test = Tk.Tk()
Results = Tk.Label(test, text = data)
Results.grid(row = 20, column = 3, sticky= Tk.W)
def ERAutomato(input):
input = entrytext.get()
l = LeitorEr(input)
ex = l.ler()
er = Er(ex)
a = er.erToAutomato()
a.printAtomato()
a.writeAutomataToFile(input)
input = input.replace('.in', '')
data_file = open('../testes/'+input+'.out')
data = data_file.read()
data_file.close()
test = Tk.Tk()
Results = Tk.Label(test, text = data, justify = 'left')
Results.grid(row = 20, column = 3, sticky= Tk.W)
Results.pack(fill="x")
def reserved(self):
word = ''
automatos = []
states = 0
file = open('../algoritmos/reservado.txt', 'r')
for line in file:
for element in line:
if element != '\n':
word += element
if element == '\n':
e = Er(word)
e.inicialCase(states)
a = e.erToAutomato()
dictA = a.getDictAutomato()
a.determina()
states += len(dictA.keys()) + 1
automatos.append(a)
word = ''
return automatos